Key Words: LPBF, AM Materials, Alloy Development, Multidimensional Design, HEA Rapid Alloy Development Using AM: Advanced Materials Optimized for AM Processing and Applications Rapid Alloy Development (RAD) is an approach for time- and cost-efficient development of...
Key Words: LPBF, Simulation, Cooling Rates, Temperature Profile, Mechanical Properties, Structural Analysis Simulation of the LPBF Process: Insights into Melt Pool Geometry and Thermal History From process parameters, to temperature profile, to microstructure and...
Key Words: LPBF, Lightweight Design, Algorithm-based Lattice Structures, Digital Material Smart Digital Materials Tailored to Manufacturing and Application Requirements Digital material is usually composed of only one material. However, its density distribution in a...
Key Words: EHLA, Corrosion Protection, Wear Protection, Environment Protection, Coating Technology Wear and Corrosion Protection Coatings of Brake Discs Using EHLA Current global political debates on climate protection demand for a reduction of fine dust emissions....
Key Words: LPBF, Production Planning, Build Time Calculation, Economic Efficiency Innovative and Reliable Cost Calculation Tool for Modular Laser Powder Bed Machine Concepts Over the past two decades, Laser Powder Bed Fusion (LPBF) has been evolving into a potential...
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